A vessel of `4m^(3)` volume contains an oil which weight 30.2kN. Determine the specific gravity of the oil.

A drop of oil rises within water with an upward acceleration of alphag . If alpha is a constant and g is the acceleration due to gravity, find the specific gravity of the oil. Neglect the friction of water.

A piece of alloy has a mass 240g in air. When immersed in water, it has an apparent weight of 1.83N and in oil has an apparent weight 2.10N . Calculate the specific gravity of (a) metal and (b) oil.

When equal volumes of two substance are mixed, the specific gravity of the mixurie is 4. When equal weights of the same substance are mixed, the specific gravity of the mixture is 3. The soecufuc gravities of the two substance could be

When equal volumes of two substance are mixed, the specific gravity of the mixurie is 4. When equal weights of the same substance are mixed, the specific gravity of the mixture is 3. The soecufuc gravities of the two substance could be

A drop of oil rises through water with an acceleration alphag . If alpha is a constant quantity and g is the acceleration due to gravity, find the specific gravity of the oil. Neglect the friction of water.

Pure water is added drop by drop to a vessel of volume V filled with a salt solution of specific gravity gamma which is allowed to overflow. Find the specific gravity of the solution when a volume U of water hs been poured.

A body floats in water with one third of its volume above the surface of water if it is placed in oil it floats with half of its volume above the surface of the oil the specific gravity of the oil is

In an experiment the weight of 2.5m^(3) of a certain liquid was found to be 18.75 kN. Then find the specific weight of given liquid.